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Isomer Bands, E0 Transitions and Mixing due to Shape Co-existence in 188 82 Pb 106

Dracoulis, George; Lane, Gregory; Byrne, Aidan; Baxter, Allan; Kibedi, Tibor; Macchiavelli, A O; Fallon, P; Clark, R M

Description

Structures above the two-particle isomeric states in 188Pb have been identified. Their properties imply the presence of three minima in the nuclear potential well, associated with spherical, oblate, and prolate deformations. The fragmented decay of the Kπ = 8-, 1 μs prolate isomer leads to the identification of the yrare collective band presumably based on the excited 0+ state. Analysis of the excitation energies, branching ratios, and E2 and E0 decay widths through a three-band-mixing model...[Show more]

CollectionsANU Research Publications
Date published: 2003
Type: Journal article
URI: http://hdl.handle.net/1885/85658
Source: Physical Review C: Nuclear Physics

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